A number of particles are projected from a given point with equal velocities in different directions in the same vertical plane. At any instant they will lie on

Two bodies are projected from the same point with equal velocities in such a directions that they strike on the same point on a plane whose inclination is beta . If alpha is the angle of projection of the first , the ration of there times of flight is

Two bodies are projected from the same point with equal velocities in such a directions that they strike on the same point on a plane whose inclination is beta . If alpha is the angle of projection of the first , the ratio of there times of flight is

Two particles are projected from the same point, with the same speed, in the same vertical plane, at different angles with the horizontal.A frame of references is fixed to one particle.The position vector of the other particle as observed from this frame is vecr Which of the following statements are corrects?

Two particles A and B are projected from the same point in different directions in such a manner that vertical components of their initial velocities are same (Fig. 5.8). Find the ratio of range. .

Iwo particles A & B are projected from the same point in, different directions in such a manner that vertical components of their initial velocities are same : (a) Find ratio of time of flight (b) Find ratio of range.

Two particles A and B are projected from the same point in different directions in such a manner that vertical components of their initial velocities are same (Fig. 5.8). Find the ratio of range. .

Two particles are projected simultaneously from the same point, with the same speed, in the same vertical plane, and at different angles with the horizontal in a uniform gravitational field acting vertically downwards. A frame of reference is fixed to one particle. The position vector of the other particle , as observed from this frame, is vecr . Which of the following statement is correct?

Two particles are projected simultaneously from the same point, with the same speed, in the same vertical plane, and at different angles with the horizontal in a uniform gravitational field acting vertically downwards. A frame of reference is fixed to one particle. The position vector of the other particle , as observed from this frame, is vecr . Which of the following statement is correct?

Two particles A and B are projected from the same point in different direction in such a manner that their velocity vectors are shown in the diagram :- .

Two particles A and B are projected from the same point in different direction in such a manner that their velocity vectors are shown in the diagram :- .